The working gas of a thermodynamic cycle is a diatomic gas (assume constant specific heats.) The gas originally starts at 100kPa, 4m ³ and 27° C. It undergoes a four-step process --- • Process A-B: The gas is compressed at constant temperature to one-quarter of its original volume. • Process B-C: The volume of the gas is then doubled at constant pressure. • Process C-D: The gas then undergoes an adiabatic expansion. • Process D-A: The gas then undergoes a constant volume process back to its original state a) Make a table of the temperature, pressure, volume, internal energy, enthalpy, entropy and quality factor (T, P, V, U, H & S) at the start of each process. b) Make a table of the change in internal energy, heat flow, work done, change in enthalpy, and change in entropy (AU, Q, W, AH & AS) during each leg of the cycle. c) Draw well-labelled P-V & T-S diagrams (indicating lines of constant temperature, heat flow, work, etc.) d) Calculate the thermal efficiency of the cycle.
The working gas of a thermodynamic cycle is a diatomic gas (assume constant specific heats.) The gas originally starts at 100kPa, 4m ³ and 27° C. It undergoes a four-step process --- • Process A-B: The gas is compressed at constant temperature to one-quarter of its original volume. • Process B-C: The volume of the gas is then doubled at constant pressure. • Process C-D: The gas then undergoes an adiabatic expansion. • Process D-A: The gas then undergoes a constant volume process back to its original state a) Make a table of the temperature, pressure, volume, internal energy, enthalpy, entropy and quality factor (T, P, V, U, H & S) at the start of each process. b) Make a table of the change in internal energy, heat flow, work done, change in enthalpy, and change in entropy (AU, Q, W, AH & AS) during each leg of the cycle. c) Draw well-labelled P-V & T-S diagrams (indicating lines of constant temperature, heat flow, work, etc.) d) Calculate the thermal efficiency of the cycle.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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![The working gas of a thermodynamic cycle is a diatomic gas (assume constant specific heats.) The gas originally
starts at 100kPa, 4m ³ and 27° C. It undergoes a four-step process ---
• Process A-B: The gas is compressed at constant temperature to one-quarter of its original volume.
• Process B-C: The volume of the gas is then doubled at constant pressure.
• Process C-D: The gas then undergoes an adiabatic expansion.
• Process D-A: The gas then undergoes a constant volume process back to its original state
a) Make a table of the temperature, pressure, volume, internal energy, enthalpy, entropy and quality factor (T,
P, V, U, H & S) at the start of each process.
b) Make a table of the change in internal energy, heat flow, work done, change in enthalpy, and change in
entropy (AU, Q, W, AH & AS) during each leg of the cycle.
c) Draw well-labelled P-V & T-S diagrams (indicating lines of constant temperature, heat flow, work, etc.)
d) Calculate the thermal efficiency of the cycle.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F667d32ba-dddc-489e-952d-145c16986337%2F5abfcc63-6973-43f8-b959-fcee0a1f3ce1%2F2uyg1q6_processed.png&w=3840&q=75)
Transcribed Image Text:The working gas of a thermodynamic cycle is a diatomic gas (assume constant specific heats.) The gas originally
starts at 100kPa, 4m ³ and 27° C. It undergoes a four-step process ---
• Process A-B: The gas is compressed at constant temperature to one-quarter of its original volume.
• Process B-C: The volume of the gas is then doubled at constant pressure.
• Process C-D: The gas then undergoes an adiabatic expansion.
• Process D-A: The gas then undergoes a constant volume process back to its original state
a) Make a table of the temperature, pressure, volume, internal energy, enthalpy, entropy and quality factor (T,
P, V, U, H & S) at the start of each process.
b) Make a table of the change in internal energy, heat flow, work done, change in enthalpy, and change in
entropy (AU, Q, W, AH & AS) during each leg of the cycle.
c) Draw well-labelled P-V & T-S diagrams (indicating lines of constant temperature, heat flow, work, etc.)
d) Calculate the thermal efficiency of the cycle.
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